Expanding nanoe™ X—24/7,
anytime, anywhere.
Discover the different applications and benefits of the ground-breaking technology in interesting projects this week!
#nanoeX in healthcare: To improve protection for patients and staff, the 27 #dental practices that make up the Riverdale Healthcare network in England were equipped with #heatpumps with incorporated nanoe™ X technology. The Panasonic solution installed by Sub-Zero Climate Control inhibits the growth of certain viruses and bacteria as well as helping improve the indoor #airquality by spreading hydroxyl radicals in waiting rooms and surgeries.
The Dental Clinic Ablis in France was equipped with a #heating and #cooling system featuring the ground-breaking nanoe™ X technology the doctor discovered at the Interclima trade show and was immediately convinced of.
Not only does the solution help improve protection, but it also reduces unpleasant odours from the air, creating a more pleasant environment for everyone in the building. A 90x90 cassette #airconditioning was installed in every surgery room, moving the air in a manner that doesn’t cause any disruption or discomfort. The mini VRF range installed was planned to meet the requirements and impresses with its efficiency and quiet performance.
See all the projects
nanoe™ X—
technology with the benefits of hydroxyl radicals
Abundant in nature, hydroxyl radicals have the capacity to inhibit pollutants. nanoe™ X technology can bring these incredible benefits indoors, helping keep hard surfaces, soft furnishings and the whole indoor environment clean, and making it a more pleasant place to be.

A key point is that hydroxyl radicals, produced by nanoe™ X technology, are contained in water.
A: Hydroxyl radicals
B: Electrostatic
C: Contained in water (H2O)
A naturally occurring process
Hydroxyl radicals are unstable molecules that readily react with hydrogen atoms, capturing them. Thanks to this reaction, hydroxyl radicals have the potential to inhibit the activity of pollutants, breaking them down and neutralising their unpleasant effects.


What happens to substances that have lost hydrogen atoms?

nanoe™ X reaches odours embedded in fabrics.

Hydroxyl radicals inhibit odour-causing substances.

Fabrics are deodorised.
24-hour deodorisation in a facility,
even after closing
Effective on certain adhered viruses

nanoe™ X particles penetrate deep into fabrics to inhibit bacteria that adhere to chairs and to minimise odours. Continuous use of nanoe™ X can mitigate the deterioration of fabrics.
Effective on adhered viruses

nanoe™ X is effective not only against certain airborne viruses, but also certain viruses attached to things you often touch, such as doorknobs, tables, and chairs.
Safety of nanoe™ X is confirmed

Your body is cleaned by breathing.
Your home can be cleaned by nanoe™ X.
Human beings produce hydroxyl radicals in our bodies through the respiration process, and take advantage of their pollutant-inhibiting characteristics to clean the inside of our bodies. nanoe™ X generates 4.8 trillion hydroxyl radicals contained in water per second, which is just one 500 thousandth of what human beings produce.
nanoeTM X is nanoscale particle ions contained in water. Made from water, it is natural. Safety tests are verified as below.
Test purpose |
Test name |
Testing organisation |
---|---|---|
Impact on chromosomes |
Chromosome abnormality test using cultured cells |
Japan Bioassay Research Center |
Impact on respiratory organs |
Repeated administration toxicity test |
Life Science Research Laboratory |
Toxicological and carcinogenic impact |
Chronic toxicity and carcinogenicity combined test |
Food and Drug Safety Center, Hatano Research Institute |
Impact on DNA |
Comet assay |
Food and Drug Safety Center, Hatano Research Institute |
Impact on male and female fertility |
Simplified reproductive toxicity test |
Food and Drug Safety Center, Hatano Research Institute |
The effects of nanoe™ X
have been recognised by experts

Prof. Masahiro Sakaguchi
Azabu University
School of Veterinary Medicine
Laboratory of Veterinary Microbiology I